Two 120V active hot+cold carts. The wedges are construction, data logging, form factor, and Made-in-America origin (per matrix v2) — not power tier.
Competitor specifications verified 2026-04-27 against carlislefsp.com and webstaurantstore.com (Dinex DXMOCII20 product listing). Pricing reflects current dealer-listing data and changes over time — confirm at procurement.
TL;DR. JonesZylon Optimus and Dinex Meals On Command II are the two main 120V active hot/cold meal delivery carts in the US market. Both run on 120V/20A circuits — the wedge is not different power. The wedges are construction (Optimus stainless steel vs MOC II thermoformed plastic panels), data logging (Optimus 30-day USB logger vs MOC II LCD-only), capacity / form factor, and Made-in-America origin (Optimus per JZ sell sheet; matrix v2 records MOC II as not-Made-in-America).
A common framing mistake: positioning Optimus as "the 120V option" against MOC II as "the 208V option." That's incorrect. Both carts use NEMA 5-20P plugs on 120V/20A circuits. The competitor matrix v2 confirms the circuit on both; specific actual-draw and wattage figures for MOC II are not in the matrix and Dinex's PDF spec sheet is not yet sourced — so this page does not publish a derived MOC II draw figure.
What we can publish:
Both fit inside the 20A circuit's rated capacity. Power planning details.
| Spec | JonesZylon Optimus ONE-20 | Dinex MOC II (DXMOCII20) |
|---|---|---|
| Architecture | Active hot+cold simultaneous, single cabinet, center wall | Active hot+cold simultaneous, insulated middle wall with removable air dams |
| Capacity | 20 meals (10/side), 4" tray spacing | 20-tray capacity |
| Power | 120V / 20A circuit (NEMA 5-20P), 14A draw / 1400W (spec sheet) | 120V / 20A circuit (NEMA 5-20P) per matrix v2; specific draw / wattage: confirm with Carlisle/Dinex |
| Heating | Convection heat | Convection heat |
| Cooling | Side-mounted refrigeration, continuous | Forced-air cooling |
| Construction | 18-gauge stainless steel exterior, 16-gauge stainless reinforced frame | Stainless steel frame, thermoformed ABS plastic panels |
| Controls | Touchscreen with preset temperatures and timed start | LCD digital display |
| Data logging | 30-day USB temperature logger built in | None standard — LCD display only |
| Casters | Six 6" premium | 6 casters (2 fixed, 4 swivel) per WebstaurantStore listing |
| Weight | Under 430 lbs (ONE-20) | 485 lbs per WebstaurantStore listing |
| Dimensions (W × D × H) | 51.25" × 32.0" × 56.5" (ONE-20) | 44 5/8" × 30 1/2" × 55 5/8" per WebstaurantStore listing |
| Certifications | NSF and Intertek listed | ETL listed |
| Origin | Made in USA (West Lafayette, OH) | Carlisle FoodService Products (Dinex brand) — manufacturing location not disclosed in current Carlisle product listings |
| List price (street) | Quote on request — varies by configuration | Contact manufacturer for current pricing — listed on WebstaurantStore (pricing varies by configuration and dealer) |
Optimus is built from 18-gauge stainless steel exterior over a 16-gauge reinforced stainless frame. MOC II's frame is stainless but the exterior panels are thermoformed ABS plastic. ABS is durable and lighter — it's a legitimate engineering choice — but it changes the cleanability story. Stainless cleans with standard kitchen disinfectants without question. ABS panels survive most chemicals but degrade faster under aggressive sanitizers, and surface scratches retain residue more readily. For infection-control-sensitive environments, the construction differential matters.
Optimus captures hot- and cold-zone temperatures continuously and stores up to 30 days of data on an onboard USB drive. Pull the file, hand it to a surveyor, paste it into your HACCP records. MOC II's standard configuration provides an LCD display showing current temperatures but no continuous logging. For facilities running formal HACCP documentation programs, the difference between "real-time display" and "30-day continuous record" is the difference between manual sampling discipline and automated record capture. HACCP documentation guide.
Optimus ONE-20 is under 430 lbs (per Optimus sell sheet) and 51.25 inches wide (per JZHR-ONE-20 spec sheet). MOC II 20-tray is 485 lbs and 44 5/8" × 30 1/2" × 55 5/8" per WebstaurantStore (matrix-corroborated). For tight bedside service rooms, narrow corridors, and standard hospital elevators, the smaller envelope of the Optimus matters when staff are pushing carts on tight schedules.
Optimus is Made in USA (West Lafayette, Ohio) per the JonesZylon sell sheet and the Intertek certification document, which lists the manufacturer as "JonesZylon | West Lafayette, Ohio | USA." JonesZylon competitor matrix v2 records Dinex MOC II as not-Made-in-America; Carlisle's product listings do not currently disclose a manufacturing location for MOC II. Procurement teams with a Made-in-USA preference should confirm directly with Carlisle.
Both carts run active heating on one side and active refrigeration on the other. Both maintain hot food in the hot-holding band and cold food in the cold-holding band during typical hospital tray-delivery distances. Performance differentiation at this level is closer than the marketing on either side suggests. The wedges are construction, documentation, form factor, and origin — not "Optimus holds temperature better." Don't fight that battle.
To be fair to the alternative: MOC II is a well-established active hot/cold cart from a credible manufacturer (Carlisle Foodservice Products / Dinex). It has a strong distributor footprint on WebstaurantStore, KaTom, and other major reseller sites — which is one reason its keyword footprint is wider than JonesZylon's today. For facilities standardizing on Carlisle equipment ecosystem-wide, MOC II fits naturally. ETL listing means the cart meets the equivalent third-party safety listing under NRTL recognition.
Honest framing: the Optimus isn't always the answer. If your facility already standardizes on Carlisle equipment, has long-term parts-and-service relationships with Carlisle's distribution network, and isn't operating a formal HACCP documentation program, MOC II is a perfectly valid choice. The point of this comparison isn't to win every procurement decision — it's to make the wedges visible so the right cart gets chosen for the right reason.
| Decision driver | Optimus wins | MOC II wins |
|---|---|---|
| Active hot+cold simultaneous | Yes | Yes (parity) |
| 120V/20A standard circuit | Yes (parity) | Yes (parity) |
| Continuous 30-day temp logging | Yes — built in | LCD only |
| Stainless construction | Full stainless 18-ga / 16-ga | Stainless frame, ABS panels |
| Made in America (per matrix v2) | Yes (sell sheet + Intertek cert) | No (matrix v2) |
| Distributor footprint | JonesZylon direct + select dealers | Wide: WebstaurantStore, KaTom, etc. |
| Carlisle ecosystem fit | N/A | Native |
If you're evaluating both: ask for a virtual demo with both vendors and walk them through the same workflow scenario. Then make the decision on the wedges that matter to your facility's actual operating model. Schedule a JonesZylon virtual demo.
Sources verified 2026-04-27: carlislefsp.com Meals On Command product page, WebstaurantStore Dinex DXMOCII20 listing, and JonesZylon competitor matrix v2 (2026-04-27). MOC II actual draw and wattage are not in the matrix and Dinex's PDF spec sheet has not been sourced — this page does not publish a derived MOC II draw/wattage figure.
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Competitor information is based on publicly available manufacturer materials and product matrices reviewed during our pre-launch audit period. Specifications, pricing, and configurations can change. Confirm final requirements directly with each manufacturer before purchasing.
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